TOWER
RACK
• • • • •
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Bedienungsanleitung Operating Manual Manuel utilisateur Instrucciones de servicio Istruzioni per l’uso Manual de instruções
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• Unint interruptible Power System
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TOWER
RACK
Bedienungsanleitung Operating Manual Manuel utilisateur Instrucciones de servicio Istruzioni per l’uso Manual de instruções
Copyright © CHLORIDE POWER PROTECTION
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Reservados todos los derechos, incluso el derecho de la traducción completa o parcial, la reimpresión, la reproducción por copias o por otros métodos análogos.
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Reservados todos los derechos especialmente en caso de la concesión de patentes o de modelos de utilidad.
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CHLORIDE ACTIVE
Table of contents
Table of contents
Chapter overview Table of contents ............................................................................ GB - 1 Chapter overview GB - 1 Tables and figures GB - 3 About these operating instructions .............................................. GB - 5 Device overview GB - 5 Notices regarding the EU Declaration of Conformity GB - 6 Symbols and pictograms GB - 6 Documentation structure GB - 6 Safety ............................................................................................... GB - 7 Intended use GB - 7 Safety Notices GB - 7 Introduction ..................................................................................... GB - 9 Indicator and operating elements ............................................... GB - 12 Front side GB - 12 Rear side (upright devices) GB - 13 Models ACTIVE 700 and ACTIVE 1000 GB - 13 Models ACTIVE 2000 and ACTIVE 3000 GB - 14 Rear side (rack-mounting devices) GB - 15 Models ACTIVE 700-19 and ACTIVE 1000-19 GB - 15 Models ACTIVE 2000-19 and ACTIVE 3000-19 GB - 17 Installation and commissioning .................................................. GB - 19 Installation notes for rack-mounting devices GB - 19 Selecting the installation site: GB - 19 Mechanical fixing: GB - 20 Installing the UPS devices GB - 21 Commissioning the UPS devices GB - 22 Commissioning of an external battery extension GB - 23 Special information for ACTIVE 2000-19 and ACTIVE 3000-19 GB - 24 Adjusting the number of external battery extensions GB - 25 Operational behaviour .................................................................. GB - 27 Checking the operational readiness GB - 27 Automatic test GB - 27 Lamp test GB - 27 Battery test GB - 28 Operating modes GB - 29 Normal operation (mains supply present) GB - 29 Battery operation (mains failure) GB - 30 Bypass operation (overload > 130 %) GB - 30
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Table of contents
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Interface description ..................................................................... GB - 31 COM 3 standard interface GB - 31 USB interface GB - 32 Optional COM interface GB - 32 EXT. OUTLETS CONTROL interface GB - 34 Maintenance ................................................................................... GB - 35 Storage GB - 35 Cleaning GB - 36 Troubleshooting ............................................................................ GB - 37 Technical data................................................................................ GB - 39 Technical data for the models ACTIVE 700 to ACTIVE 3000 GB - 39 Technical data for the models ACTIVE 700-19 to ACTIVE 3000-19 GB - 42 Usable Battery lifetime GB - 45 Typical battery backup times GB - 46
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Tables and figures
Tables and figures Overview of UPS devices .................................................................. GB - 5 Overview of battery extensions.......................................................... GB - 5 Backup time ..................................................................................... GB - 10 Battery capacity ............................................................................... GB - 10 Symbols on the front side of the UPS .............................................. GB - 11 UPS control panel ............................................................................ GB - 12 Rear side ACTIVE 700..................................................................... GB - 13 Rear side ACTIVE 1000................................................................... GB - 13 Rear side ACTIVE 2000................................................................... GB - 14 Rear side ACTIVE 3000................................................................... GB - 14 Rear side ACTIVE 700-19 ............................................................... GB - 15 Rear side, ACTIVE 1000-19 and battery extension ......................... GB - 16 Rear side ACTIVE 2000-19 and battery extension .......................... GB - 17 Rear side ACTIVE 3000-19 and battery extension .......................... GB - 18 Installing the slide rails on the UPS or battery extension................. GB - 20 Battery extensions (maximum expansion) ....................................... GB - 23 Connection of battery extensions..................................................... GB - 24 Number of external battery extensions ............................................ GB - 26 UPS control panel in normal operation ............................................ GB - 29 UPS control panel in battery operation ............................................ GB - 30 UPS control panel in bypass operation............................................ GB - 30 COM 3 interface............................................................................... GB - 31 COM 1 interface............................................................................... GB - 33 Rectification of errors ....................................................................... GB - 37 Electrical data (ACTIVE 700 to ACTIVE 3000) ................................ GB - 39 General data (ACTIVE 700 to ACTIVE 3000).................................. GB - 40 Mechanical data (ACTIVE 700 to ACTIVE 3000) ............................ GB - 40 Connections (ACTIVE 700 to ACTIVE 3000)................................... GB - 41 Other data (ACTIVE 700 to ACTIVE 3000)...................................... GB - 41 Electrical data (ACTIVE 700-19 to ACTIVE 3000-19)...................... GB - 42 General data (ACTIVE 700-19 to ACTIVE 3000-19) ....................... GB - 43 Mechanical data (ACTIVE 700-19 to ACTIVE 3000-19) .................. GB - 43 Connections (ACTIVE 700-19 to ACTIVE 3000-19) ........................ GB - 44 Other data (ACTIVE 700-19 to ACTIVE 3000-19) ........................... GB - 44 Usable battery lifetime ..................................................................... GB - 45 Backup times ACTIVE 700(-19) and ACTIVE 1000(-19) ................. GB - 46 Backup times ACTIVE 2000(-19)..................................................... GB - 46 Backup times ACTIVE 3000(-19)..................................................... GB - 47
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Tables and figures
Notice For reasons of clarity, these operating instructions do not contain complete and detailed information about product types and do not take into account all possible installation, operation and maintenance cases. Should you require additional information, you can request the nec- essary information from your local CHLORIDE office (see section “CHLORIDE ADDRESSES” at the end of this manual). The contents of these operating instructions shall not become part of or modify any prior agreement, commitment or relationship. The sales contract contains the entire obligations of CHLORIDE. The warranty contained in the contract between the parties is the sole warranty of . Any statements contained herein do not create any new warranties or modify the existing warranty.
Warning Carefully read these instructions completely before installation in or- der to get accustomed with the correct handling of the CHLORIDE ACTIVE UPS. Otherwise, especially during installation and opera- tion, dangerous situations could arise.
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About these operating instructions
About these operating instructions Device overview The CHLORIDE ACTIVE UPS devices are delivered with various nominal powers and in various housings. The following table provides an overview of all device variants: Housing
Tower (upright device)
Rack (rack-mounting device)
Designation
Order No.
Nominal power
ACTIVE 700
570219.200
700 VA
ACTIVE 1000
570220.200
1000 VA
ACTIVE 2000
570221.200
2000 VA
ACTIVE 3000
570222.200
3000 VA
ACTIVE 700-19
570223.200
700 VA
ACTIVE 1000-19
570224.200
1000 VA
ACTIVE 2000-19
570225.200
2000 VA
ACTIVE 3000-19
570226.200
3000 VA
Table 1: Overview of UPS devices
The following battery extensions are available: Housing Tower (upright device) Rack (rack-mounting device)
Designation
Order No.
for UPS device
BPACTIVE1000
570227.001
ACTIVE 1000
BPACTIVE3000
570227.101
ACTIVE 2000 ACTIVE 3000
BPACTIVE1000-19
570228.001
ACTIVE 1000-19
BPACTIVE3000-19
570228.101
ACTIVE 2000-19 ACTIVE 3000-19
Table 2: Overview of battery extensions
The above listed rack-mounting devices (racks) with a mounting height of 2 HU are designed for horizontal installation in industrial standard 19-inch cubicles.
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About these operating instructions
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Notices regarding the EU Declaration of Conformity The UPS devices CHLORIDE ACTIVE are in conformity with the following European directives: 73/23/EWG
Directive of the council for adaptation of the legal regulations of the member states regarding electrical equipment for use within specific voltage limits, modified by directive 93/68/EWG.
89/336/EWG
Directive of the council for adaptation of the legal regulations of the member states regarding electromagnetic compatibility, modified by directive 91/263/EWG, 92/31/EWG and 93/68/EWG. Conformity is established through compliance with the following standards: • EN 50091-1-1 : 1996 • EN 50091-2 : 1995 Additional information regarding adherence to these directives is included in the appendices NSR and EMC of the EU Declaration of Conformity. If needed, the EU Declaration of Conformity can be requested from CHLORIDE.
Symbols and pictograms The following symbols and pictograms are used in this handbook: Danger Indicates notices which, if not observed, endanger your life, your health, the reliability of your device or the security of your data. Notice Indicates additional information and tips. Indicates a step that you must carry out.
Documentation structure These instructions can be supplemented with additional sheets, which e.g. describe specific extensions or options.
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Safety
Safety Intended use UPS devices serve as an uninterruptible power supply for connected loads. They are in compliance with all relevant safety regulations concerning information technology equipment, including electronic office machines for use in an office environment. In certain configurations, battery packs are part of the UPS devices. These battery packs may only be connected electrically with the corresponding base device.
Safety Notices Danger Carefully read the following safety notices! Failure to observe the no- tices endangers your life, your health, the reliability of your device or the security your data.
• Use only suitable packaging to transport the device (protect against shock and impact). • If the device is brought in from a cold environment, moisture condensation can occur. Before commissioning the device, it must be completely dry. For this reason, an acclimation time of at least two hours is required. • When selecting a location for the device and during commissioning, observe the notices concerning environmental conditions given in chapter “Technical data” on page GB - 39. • Rack-mounting devices as well as the corresponding battery extensions must only be mounted in horizontal position (see chapter “Installation notes for rack-mounting devices” on page GB - 19). • This device is equipped with a safety-inspected mains line and must only be connected to a grounded earthing-contact socket. does not separate the device from mains. To com• The button pletely separate from mains, the UPS must be switched to bypass and the mains plug pulled (see chapter “Indicator and operating elements” on page GB - 12). • Make certain that the socket on the device or the earthing-contact socket of the house installation is freely accessible. 945040.066
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Safety
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• Upon disconnection from mains, the built-in battery continues to supply the loads. • Lay the lines in such a way that no one can step on or trip over them and so that the lines are not pinched. When connecting the device, observe the notices in chapter “Installation and commissioning” on page GB - 19. • During thunderstorms, data transfer cables must not be connected or disconnected. • Ensure that no objects (e.g. jewellery chains, paper clips etc.) are left inside of the device. • In the event of an emergency (e.g. damaged housing, operating elements or mains lines, penetration of fluids or foreign bodies), switch off the device, pull the mains plug and contact the responsible customer service representative. • Repair work may only be carried out by authorised personnel. Unauthorised opening and improper repairs can expose the user to serious danger. • Do not connect any devices which overload the UPS (e.g. laser printer or vacuum cleaner) or which draw DC current from the UPS (e.g. halfwave rectifiers found in hair dryers). • When cleaning, observe the notices in chapter “Maintenance” on page GB - 35. • The sum of the leakage currents (current in the earth conductor) from the UPS and connected loads must not exceed the value of 3.5 mA for the models ACTIVE 700(-19), ACTIVE 1000(-19), ACTIVE 2000(-19) and ACTIVE 3000(-19).
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Introduction
Introduction These operating instructions contain all the information needed to install and operate the UPS. The uninterruptible power supply (UPS) is connected between mains and the electrical load. It protects the load from mains interruptions, especially power failures. This UPS operates according to the on-line principle. This means that the connected loads are supplied via the inverter of the UPS. This protects the load from mains supply disturbances and provides a secure mains supply for electrical loads (PCs, network servers, multi-console systems). In case of a mains failure, the built-in, maintenance-free batteries provide uninterrupted power to the loads. In actual use, mains failures are, depending on the quality of the mains supply, relatively short in duration. Thus, the power supplied by the UPS is adequate to allow work to continue on your computer system until mains voltage has been restored. In the event of an extended mains failure, you should nevertheless store your data and discontinue your work. You will be alerted by means of acoustical (buzzer) and optical (LED) alarms contained in the UPS that a mains failure has occurred or is occurring. Listed below are procedures which are intended to assist you in determining how critical it is that work be discontinued in the event of an extended mains failure. Which procedure you select depends primarily on the length of time required to safely end your application and shutdown your operating system. • In the extreme case, it is possible to work on a UPS-protected PC until the battery has reached its minimum power level. In the event of a mains failure, an acoustical signal is output by the UPS every 4 seconds; if the minimum power level of the batteries is nearly reached, this signal is output every second. This procedure is, however, seldom required. While battery recharging begins immediately following restoration of the mains supply, the procedure may require several hours to complete.
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Introduction
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• The situation can be more accurately assessed using the load indicator on the UPS. If the load condition remains constant, it is possible to use this indicator to deduce the remaining backup time. The following figure illustrates the approximate values of the backup time for a fully charged battery at the start of the mains failure. Load in % Overload
Load
ACTIVE 700(-19)
ACTIVE 1000(-19)
ACTIVE 2000(-19)
ACTIVE 3000(-19)
> 105 95-105
6 min
7 min
10 min
6 min
75-95
7 min
8 min
13 min
7 min
55-75
10 min
12 min
19 min
11 min
35-55
16 min
20 min
31 min
18 min
1-35
33 min
36 min
60 min
38 min
Table 3: Backup time
• The current battery capacity can be read on the LED strip with the battery symbol (see table below). Battery capacity in % 1-35 35-55 55-75 75-95 95-100 Table 4: Battery capacity
• The most reliable method is, however, the use of the CHLORIDE UPS software. This can be used to continuously display the estimated remaining capacity of the battery prior to and during a mains failure. In addition, you can automate shutdown processes. Depending on the user program, operating system and computer hardware, you can ensure that, during a mains failure, user programs are automatically closed, users logged into the server are logged off, data are saved and the operating system is shutdown. For further information, you are referred at this point to the documentation for the CHLORIDE communication software. After mains voltage is restored, the UPS automatically starts. The connected computer systems start their operating systems. Depending on what UPS software is installed, it is possible to restore the state which existed prior to the mains failure.
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Introduction
In the event of an overload or an internal failure, the load is supplied without interruption directly by the mains supply via the automatic bypass. As soon as normal operating conditions are restored, the system automatically switches back to inverter operation. Below, the symbols located on the front side of the UPS are shown and described:
LOAD
BYPASS
INVERTER
BATTERY
MAINS
ALARM
! Fig. 1: Symbols on the front side of the UPS
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Indicator and operating elements
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Indicator and operating elements Front side The OVERLOAD indicator illuminates if the UPS is overloaded. The LOAD LED strip displays the load status of the UPS. The BYPASS indicator illuminates when the UPS delivers voltage supplied from the mains supply via the bypass. The INVERTER indicator illuminates when the inverter is activated. The BATTERY LED strip indicates the charging state of the battery (normal operation). ! The MAINS indicator illuminates when normal mains voltage is present at the UPS input. I I The ALARM indicator illuminates when the UPS is in a faulty state. An acoustical warning signal is output at the same time; Fig. 2: UPS control panel this signal is reset when the UPS is switched off. Note: Fig. 2 corresponds to the upright devices; the The button switches the inverter off display and operating eleand the bypass on. ments for rack-mounting The button switches on the inverter. devices are identical. The inverter is activated upon activation of the button. Following a delay time of approx. 5 seconds, the BYPASS indicator extinguishes and the INVERTER indicator illuminates. Upon activation of the button, the inverter is blocked and is switched to bypass. The UPS output carries voltage. Notice To trigger an action, the buttons must be pressed for at least 1 sec- ond! (Acceptance of the input is confirmed acoustically)
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Indicator and operating elements
Rear side (upright devices) Models ACTIVE 700 and ACTIVE 1000 COM 3 interface COM interface (optional) EXT. OUTLETS CONTROL interface
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USB interface Fan Output sockets (AC OUTPUT) Mains connection (AC INPUT)
Input fuse
Fig. 3: Rear side ACTIVE 700
The fuse must only be changed when the device is switched off and the mains connection cable disconnected.
COM 3 interface COM interface (optional) EXT. OUTLETS CONTROL interface USB interface Connection for battery extension Fan Output sockets (AC OUTPUT) Mains connection (AC INPUT)
Input fuse
Fig. 4: Rear side ACTIVE 1000
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The fuse must only be changed when the device is switched off and the mains connection cable disconnected.
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Indicator and operating elements
CHLORIDE ACTIVE
Models ACTIVE 2000 and ACTIVE 3000 EXT. OUTLETS CONTROL interface COM interface (optional) USB interface COM 3 interface Connection for battery extension Fan Output sockets (AC OUTPUT) Input circuit breaker Mains connection (AC INPUT)
Fig. 5: Rear side ACTIVE 2000
EXT. OUTLETS CONTROL interface COM interface (optional) USB interface COM 3 interface Connection for battery extension Fan Output sockets (AC OUTPUT) Input circuit breaker Mains connection (AC INPUT)
Fig. 6: Rear side ACTIVE 3000
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Indicator and operating elements
Rear side (rack-mounting devices) The following figures show the UPS rack-mounting devices with the corresponding battery extensions. Notice No battery extensions extensions can be connected to the the ACTIVE 700-19 device.
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Models ACTIVE 700-19 and ACTIVE 1000-19
The following legend applies to figures Fig. 7 and 7 and Fig. 8: 8: (1)
Mains co connection (AC IN INPUT)
(2)
Output sockets (AC OUTPUT)
(3)
Input fuse
The fuse must only be changed when the device is switched off and the mains connection cable disconnected. (4)
Interface COM 3
(5)
Interface USB
(6)
Interfac face EXT. OUTLETS CO CONTROL
(7)
Fan
(8)
COM interface (optional)
(9)
Nameplate
(10 (10)
Batte attery ry-e -ex xten tensio sion cable able (not with ACTIVE 700-19)
(11) (11)
Conn Connec ecti tion on for for bat batte tery ry exte extens nsio ion n (not with ACTIVE 700-19)
(12)
Battery s sw witch (not with ACTIVE 700-19)
ACTIVE ACTIVE 700-19 700-19
Fig. 7: Rear Rear side ACTIVE ACTIVE 700-19 700-19
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Indicator and operating elements
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ACTIVE 1000-19
BPACTIVE1000-19
Fig. 8: Rear side, ACTIVE 1000-19 and battery extension
Notice To connect the BPACTIVE1000-19 battery extension to the UPS ACTIVE 1000-19, use the separate cable (10) provided in the delivery contents.
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Indicator and operating elements
Models ACTIVE 2000-19 and ACTIVE 3000-19
The following legend applies to figures Fig. 9 and Fig. 10: (1)
Mains connection (AC INPUT)
(2)
Output sockets (AC OUTPUT)
(3)
Input circuit breaker
(4)
Interface COM 3
(5)
Interface USB
(6)
Interface EXT. OUTLETS CONTROL
(7)
Fan
(8)
COM interface (optional)
(9)
Nameplate
(10)
Battery extension cable (permanently mounted)
(11)
Connection for battery extension
(12)
Battery switch
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ACTIVE 2000-19
BPACTIVE3000-19
Fig. 9: Rear side ACTIVE 2000-19 and battery extension
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Indicator and operating elements
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ACTIVE 3000-19
BPACTIVE3000-19
Fig. 10: Rear side ACTIVE 3000-19 and battery extension
Notice Included in the delivery contents for each BPACTIVE3000-19 battery extension are two battery extension cables. The first extension is connected to battery cable (10) of the UPS, each additional exten- sion is connected via the two aforementioned cables. Protection against polarity reversal at the battery extensions is ensured through the coding of the plug (10) on the UPS device and the connection socket (11).
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Installation and commissioning
Installation and commissioning Inspect the packaging and the device for damages. Should you find damages, please contact the delivery firm immedi- ately.
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Scope of delivery
• • • • • •
This manual UPS device Connection cable with IEC 320 plug for the UPS input Connection distributor with IEC 320 connection for the UPS output Communication software (CD) RS 232 interface cable
Installation notes for rack-mounting devices Selecting the installation site:
All rack-mounting devices (ACTIVE …-19) are intended for horizontal installation in 19-inch cubicles. Notice When installing the UPS, bear in mind the large weight of the individ- ual components. For weight purposes, mount the devices as low as possible in the cubicle. When mounting UPS systems consisting of multiple components, mount the battery extensions either directly below or directly above the UPS rack device.
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Installation and commissioning
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Mechanical fixing: Notice The devices must be fixed in the cubicle on both sides. Moreover, the front plate of the device must be screwed to the cubicle. The device must only be installed in horizontal position. Secure both sides of the device in the cubicle. If necessary, use the included installation rails. When used, these allow the device to be easily inserted into and pulled out of a 2 HU installation slot.
Fig. 11: Installing the slide rails on the UPS or battery extension
Slide rails for the installation in cubicles are available as accessories for various cubicle systems. To fix the device in the horizontal position, the front plate has to be fixed to the 19-inch cubicle at the indicated points on both sides of the device. Notice It is not permissible to fix the device only at the front plate. This may damage the device and/or other mounted devices.
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Installation and commissioning
Installing the UPS devices Notice When installing the rack-mounting devices (ACTIVE …-19), observe the additional information in chapter “Installation notes for rack- mounting devices” on page GB - 19 . Unpack the device and place it on a solid, horizontal base. Do not stack multiple devices or battery packs on top of one another. Do not place other objects on the device. Connect the UPS to an earthing-contact socket (PE) at (AC INPUT).
Danger As soon as the UPS is connected to the AC mains supply, voltage is available at the output sockets (AC OUTPUT), even when the UPS is not switched on via the button on the front side.
The "MAINS" and "BYPASS" LEDs illuminate. Danger Keep the air inlet and outlet openings on the rear and front sides of the device free of obstruction. Do not operate the device or the bat- tery packs upside down or on their sides. Notice For proper operation of the UPS, use only the supplied connection cables. The total length of the connection cables at the UPS output must not exceed 10 m.
The devices are provided with phase detection. If the "MAINS" LED flashes: pull out the mains plug, turn it 180 degrees and plug it back into the mains socket.
The "MAINS" LED now illuminates permanently.
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Commissioning the UPS devices Upon connection to mains, the batteries in the UPS are charged automatically. Before using the device, charge the batteries for 6 hours.
You may use the UPS immediately without charging the batteries, however the specified maximum backup time (or discharge time) is not yet available. After charging, connect your loads to the UPS.
Notice Do not connect any devices which overload the UPS or which draw direct current from the UPS (e.g. hair dryer, vacuum cleaner).
If an interface (RS 232 / USB) is used: Connect the connection cable (accessory) between the UPS and the computer system.
Observe any additional notices provided in the material supplied with your accessory. Switch on your loads. Now switch on the UPS by pressing the
button on the front side.
In addition to the "MAINS" and "BYPASS" indicators, the "LOAD" (output load) indicator now illuminates. After a few seconds, the "INVERTER" indicator also illuminates and the "BYPASS" indicator extinguishes. The UPS now operates in online operation. Danger If the "LOAD" indicator (output load) displays more than 100 % and an acoustical warning (1 signal tone/second) sounds, too many loads are connected to the UPS. If only one load has been connected to the UPS, the power requirement exceeds the nominal power of the UPS and a larger UPS must be used. Notice UPS devices can also be commissioned without the presence of mains voltage. The batteries should, however, be sufficiently charged (see above).
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Installation and commissioning
Notice On delivery, the nominal voltage of the UPS devices is 230 V. Using software, the output voltage of the UPS can be set to other values (see Table 7 on page GB - 39 ). The required software can be down- loaded from the CHLORIDE Internet page (http://www.chloridepow- er.com).
Commissioning of an external battery extension The table below contains an overview of the designations of the battery extensions available for the UPS devices. Upright devices: A maximum of two battery extensions may be connected to a UPS device. Rack-mounting devices: A maximum of two battery extensions may be connected to the ACTIVE 1000-19 UPS device and five battery extensions to the ACTIVE 2000-19 and ACTIVE 3000-19 UPS devices. Maximum number which may be connected
UPS model
Battery extension model Battery used
ACTIVE 700
not possible
ACTIVE 1000
BPACTIVE1000
2 x (3 x 7.0 Ah)
2 pieces
ACTIVE 2000
BPACTIVE3000
2 x (8 x 7.0 Ah)
2 pieces
ACTIVE 3000
BPACTIVE3000
2 x (8 x 7.0 Ah)
2 pieces
ACTIVE 1000-19 BPACTIVE1000-19
2 x (3 x 7.0 Ah)
2 pieces
ACTIVE 2000-19 BPACTIVE2000-19
1 x (8 x 7.0 Ah)
5 pieces
ACTIVE 3000-19 BPACTIVE3000-19
1 x (8 x 7.0 Ah)
5 pieces
ACTIVE 700-19 not possible
Table 5: Battery extensions (maximum expansion)
Danger Make certain that the circuit breaker on the battery extension is in the "OFF" position. For models ACTIVE 1000(-19) to ACTIVE 3000(-19), connect the battery extension to the UPS using the supplied cable.
The arrangement of the connection cable is shown in the following figures using the upright device as an example.
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CHLORIDE ACTIVE
Move the circuit breaker on the battery extension to the "ON" position.
Notice When operating with an external battery extension, the charging process requires additional time. Connecting battery extension using the ACTIVE 1000 through ACTIVE 3000 as an example: Battery plug 1
Circuit breaker
Battery plug 2
ACTIVE 1000, ACTIVE 2000 or ACTIVE 3000
Battery extension 1
Battery extension 2
Fig. 12: Connection of battery extensions
Special information for ACTIVE 2000-19 and ACTIVE 3000-19 Notice Please note that the ACTIVE 2000-19 and ACTIVE 3000-19 devices do not contain internal batteries. Therefore, during commissioning of the first connected BPACTIVE3000-19 battery, they do not provide protection against mains failure!
If no battery is connected to the device, an alarm is output. To cancel the alarm, move the battery circuit breaker to the "ON" position or connect the battery. Then acknowledge the alarm by pressing the
GB - 24
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button.
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Installation and commissioning
Now it is possible to switch to online operation by pressing the
button.
The device again tests the battery voltage (device beeps) and remains in bypass mode until a constant battery voltage is present. Notice If more than one battery extension is connected to the ACTIVE 2000- 19 and ACTIVE 3000-19 devices, the actual number of battery ex- tensions is to be set as described in the following section “Adjusting the number of external battery extensions” .
Adjusting the number of external battery extensions Notice The UPS calculates the available battery capacity. For a correct cal- culation, it is necessary to set the number of externally connected battery extensions. Proceed as follows: Press the
button to switch the UPS to BYPASS operation.
Press the signal.
button again and do not release it until the UPS emits an acoustical
After you have released the button, all LEDs on the "BATTERY" indicator flash twice. The current setting for the number of externally connected battery extensions is then displayed. The possible displays are shown in the figure below. You can now select the number of connected external battery extensions by pressing the button multiple times.
Notice If you do not press the button within 3 seconds, the UPS exits the mode and you must restart the adjustment procedure.
Once the correct number of connected external battery extensions is displayed, the information must be saved. To do this, press the tones.
button and keep pressed down until an acoustical signal
The adjustment procedure is now concluded.
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G B
Installation and commissioning
CHLORIDE ACTIVE
The following graphic shows the displays of the BATTERY LED strip possible while setting the number of external battery extensions:
Capacity in %
s s s s s n n n n n n o o o o i i i i o o i i s s s s s s n n n n n n e e e e e e t t t t t t x x x x x x e e e e e e y y y y y y r r r r r r e e e e e e t t t t t t t t t t t t a a a a a a B B B B B B 0
1
2
3
4
5
Fig. 13: Number of external battery extensions
Notice Upon conclusion of the adjustment procedure, the UPS is in bypass operation. Switch the UPS to online operation by pressing the but- ton for at least 1 second.
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Operational behaviour
Operational behaviour Checking the operational readiness Now disconnect the UPS from the mains supply in order to check the mains backup function.
If functioning properly and if batteries are charged, a signal tone should be audible in 4-second intervals. The "MAINS" LED (mains voltage) extinguishes. If the pause between the signal tones shortens to 1 second, the UPS can continue to provide power for a maximum of 3 minutes before it automatically shuts down. Your computer system is powered by the batteries up until the end of the backup time. If this is not the case, refer to chapter “Troubleshooting” on page GB - 37. Reconnect the UPS to mains.
Your UPS is now again ready for operation. Note that the batteries must be recharged before the full backup time is again available.
Automatic test Lamp test While the device is connected to mains, press the order to switch the device to bypass operation.
button for at least 1 second in
Notice The supplied load is not protected from mains disturbances in this operating mode!
The input is confirmed by a single acoustical signal. Then press the button for at least 1 second in order to switch the device back to online operation.
The elements of the "BATTERY" LED strip indicate the corresponding charging state of the battery. The "MAINS" and "INVERTER" indicators illuminate. 945040.066
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G B
Operational behaviour
CHLORIDE ACTIVE
Initially, all elements of the "LOAD" LED strip illuminate. Beginning with the 1 - 35 % indicator, the remaining elements in this LED strip are extinguished one after the other. Afterward, the elements which correspond to the load state of the device illuminate. After approx. 5 seconds, the "BYPASS" indicator extinguishes and the "INVERTER" indicator illuminates. The connected loads are supplied from the mains supply via the inverter. Battery test
The device must be in online operation. With the device connected to mains, press the
button for at least 1 second.
• The input is confirmed by a single acoustical signal, and the connected load is now supplied by the battery for 10 seconds. • The elements of the "BATTERY" LED strip correspond to the charging state of the battery and the "LOAD" LED strip corresponds to the load factor. The "MAINS" and "INVERTER" indicators illuminate. An acoustical signal sounds during the test (as in battery operation of the UPS). • If the test has been completed successfully, the "BATTERY" LED strip ceases to flash after approx. 10 seconds and the UPS returns to online operation. If a problem exists with the batteries, an alarm is triggered.
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Operational behaviour
Operating modes The UPS has three different operating modes when it is switched on. Normal operation (mains supply present)
The loads are supplied directly from mains via the inverter.
!
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Fig. 14: UPS control panel in normal operation
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Operational behaviour
CHLORIDE ACTIVE
Battery operation (mains failure)
In the event of a mains failure, the inverter supplies the loads without interruption; the power is supplied by the battery. In this operating mode, an acoustical sound is emitted in intervals of approx. 4 seconds. If the minimum power level of the battery is reached, the signal is emitted every second.
!
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Fig. 15: UPS control panel in battery operation
Bypass operation (overload > 130 %)
In the event of a large overload (> 130 %), the device switches to bypass and the inverter is blocked. Power is supplied by the mains supply. This is not a normal operating state. If the mains supply fails, the loads are no longer supplied (no UPS operation).
!
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Fig. 16: UPS control panel in bypass operation
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Interface description
Interface description The UPS provides a COM 3 standard interface, a USB and an optional COM interface. These combine protocol-data transfer via a serial RS 232 interface or USB interface and the signal exchange via a contact interface (UPS interface). Moreover, an interface is provided for controlling switchable load distributors (ECO). The interfaces can be used for: • direct communication between UPS and computer • integrating the UPS as a client into a network with central monitoring (SNMP) • passing on operating states to external message systems • load management by means of switchable load distributors The necessary communication software packets, interface cards and extension modules are available as accessories.
COM 3 standard interface The 9-pin Sub-D connection (pin contacts) carries the RS 232 signals.
RxD
2
TxD
3 4
8 ... 10 V
7 8 1 9 6
SGN
5
Fig. 17: COM 3 interface
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Interface description
CHLORIDE ACTIVE
The COM 3 interface is electrically isolated from all other current circuits. • SGN at pin 5 This connection is the reference point for all signals. • RXD at pin 2 and TXD at pin 3 correspond to the normal assignment of an RS 232 interface. • In addition, an isolated auxiliary voltage is made available at pin 7 (+8 … +10 V DC).
USB interface As with the COM 3 standard interface, the USB interface facilitates the protocol-data transfer. A standard communication cable can be used for establishing communication between the UPS and PC. If the USB interface is used for communication purposes, the COM 3 interface is not operational.
Optional COM interface The optional COM interface can be fitted with various interface cards. The code located next to the plug is then dependent on the interface card model. A detailed description is included with the various interface cards, which are available as accessories. Possible interface cards: SNMP adapter cards for integrating the devices into a network or potential-free signalling contacts as per COM 1 (SIC assembly). Observe the installation instructions included with the accessory. Described below is the function of the interface signals in the COM 1 variant. The optional COM 1 interface makes available potential-free signalling contacts, a shutdown input and an isolated auxiliary voltage.
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Interface description
COMMON
4
AC FAIL
3 2 5 1 8 9 6 7
AC FAIL BATT LOW BYPASS ACTIVE SUM ALARM 12V
= =
INV SHUTDOWN GND
G B
COM 1 Fig. 18: COM 1 interface
INV SHUTDOWN
This input (pin 6: high signal +5 V … +12 V, t 1 s, pin 7: 0 V) makes it possible for the control computer to switch off the UPS in the event of a mains failure. Upon mains restoration, the UPS starts independent of this signal state. AC FAIL
(N.O. between pins 2 and 4, N.C. between pins 3 and 4) This signal is active when the mains voltage at the UPS input is not present for at least 10 seconds or the mains voltage exits the tolerance range. The signal is cancelled 850 ms following mains restoration. BATT LOW
(N.O. between 5 and 4) This output is active when the battery can continue to supply current at the nominal load for only approx. 3 minutes.
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Interface description
CHLORIDE ACTIVE
BYPASS ACTIVE
(N.O. between 1 and 4) This signal is active when the device has been switched to bypass, the inverter is blocked and the power is supplied from the mains supply. SUM ALARM
(N.O. between 8 and 4) This output is active when one of the messages "AC FAIL", "BATT LOW" or "BYPASS ACTIVE" has been output or the "ALARM" display on the front side illuminates. The contact rating of the signalling contacts is 1 A / 24 V DC or 1 A / 120 V AC. In addition, an isolated auxiliary voltage 12 V DC is made available (pin 9: +12 V, 50 mA; pin 7: GND)
EXT. OUTLETS CONTROL interface The UPS is capable of switching specific connected loads through the EXT. OUTLETS CONTROL interface. In combination with an output distributor (ECO), available as an accessory, it is thus possible to operate a load management system. For a description of the functionality, please refer to the operating instructions included with the output distributor.
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Maintenance
Maintenance The UPS requires no maintenance by the user. When the usable lifetime of the battery has expired, the UPS and the battery connections eventually connected must be replaced by the responsible customer service representative. As a rule, the usable lifetime of the battery is 4 years at 25°C ambient temperature; it is, however, dependent on the frequency and duration of mains failures. The device indicates that the battery usable lifetime has expired by flashing the "BATTERY" LED strip. The flash frequency is approx. 0.25 Hz (2 seconds on and 2 seconds off). In addition, an acoustical signal is emitted every minute. Check whether the backup time of the UPS is still adequate for your application (see "Checking the operational readiness") in regular intervals (6 … 12 months).
Storage When storing for longer periods in regions with moderate climates, the batteries should be charged every 3 months for 5 hours. In areas with higher temperatures, this interval should be reduced to 2 months. Connect the UPS, as described in chapter “Installation and commissioning”, to an earthing-contact socket. For the models with permanent connection, switch on the input circuit breaker located on the rear side of the device. After 5 hours, pull out the mains plug and uninstall the UPS in reverse order of that described in chapter“Installation and commissioning”. Record the charging date, e.g. on the packaging.
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G B
Maintenance
CHLORIDE ACTIVE
Cleaning Danger Risk of electrical shock during cleaning an operationally ready UPS Switch off the UPS by pressing the et.
button and pull the mains plug out of the sock-
When cleaning, do not use scouring agents or cleaning agents which are damaging to plastics. Make certain that no fluids enter the interior of the UPS. Make certain that the ventilation slits on the UPS remain open. The surface of the UPS housing can be cleaned with either a dry or damp cloth.
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Troubleshooting
Troubleshooting If, in spite of the high reliability of this device, problems should occur, please check the following points before contacting the responsible customer service representative: • Is the mains voltage present at the UPS input? • Is the input fuse defective or have circuit breakers tripped? If you contact the responsible customer service representative, please have the following information ready: • Device information = model, order no., series no. as per nameplate • An exact description of the problem (what loads are being operated, does the problem occur regularly or sporadically etc.) Problem
No display No alarm (UPS switched off)
MAINS indicator does not illuminate, acoustical alarm sounds in intervals
Possible cause
Measure
Main switch switched off
Switch on main switch
No mains voltage present
Have mains inspected by qualified electrician
Input fuse defective or input circuit breaker tripped
Replace with fuse of same type or switch on circuit breaker. If the problem persists, contact the responsible customer service representative.
No mains voltage present
UPS operation (see “Operational behaviour” on page GB - 27)
MAINS indicator flashes Phase and neutral lines swapped at UPS input.
Pull out mains plug and plug back in correctly (see “Installing the UPS devices” on page GB - 21)
MAINS indicator does not illuminate when Input fuse defective or input mains voltage present, circuit breaker tripped acoustical alarm sounds in intervals
Replace with fuse of same type or switch on circuit breaker. If the problem persists, contact the responsible customer service representative.
ALARM indicator illumi- UPS error nates, acoustical alarm sounds continuously Overheating
Contact the responsible customer service representative Decrease ambient temperature
Table 6: Rectification of errors
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Troubleshooting
Problem
CHLORIDE ACTIVE
Possible cause
Measure
The fuse switch of the battery extension(s) is in the "OFF" position.
Move the fuse switch to the "ON" position.
The number of externally con- Correct settings (see “Commissionnected battery extensions was ing of an external battery extension” set incorrectly. on page GB - 23) Backup time less than that specified
Batteries are not completely charged
Charge batteries (see “Commissioning the UPS devices” on page GB 22) and test backup time. If the problem persists, contact the responsible customer service representative.
Batteries are defective
Contact customer service
Charging device is defective
Contact customer service
OVERLOAD LED illumiOverload at UPS output nates
Reduce load to the permissible value
Check whether the correct cable has Wrong serial connection cable been used (standard modem/null modem cables are not permissible) No communication between UPS and PC
Interface on the PC is being used by another process or is defective.
Check whether other software/service is accessing the interface on the PC; try selecting a different serial interface.
Interference on the data cable Lay cable differently. Table 6: Rectification of errors
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Technical data
Technical data Technical data for the models ACTIVE 700 to ACTIVE 3000 G B UPS model
ACTIVE 700
ACTIVE 1000
ACTIVE 2000
ACTIVE 3000
Power
700 VA
1 kVA
2 kVA
3 kVA
Voltage Input
1 N AC 220/230/240V
Voltage range
160 V to 276 V
Frequency
50/60Hz ± 5%, automat. frequency detection
Power factor (lambda) Integrated battery
Battery
0,95
Model Voltage/V
Lead, maintenance free 24
36
96
96
12/6
15/7
24/10
14/6
Autonomy time, 1 battery extension half-load/full-load/min
56/28
84/37
52/25
Autonomy time, 2 battery extensions half-load/full-load/min
105/48
157/69
97/43
Autonomy time, half-load/full-load/min
Voltage
1 N AC 220,230,240 V
Voltage tolerance
Output
± 3%
Frequency line-clocked
see Input frequency
Frequency self-clocked
50/60Hz ± 0.5%
Harmonic distortion (linear/non-linear load)
max. 4% / max. 8%
Perm. crest factor
3
Overload capacity
130% for 1.5 sec, 110% for 10 sec Output is short-circuit proof
Table 7: Electrical data (ACTIVE 700 to ACTIVE 3000)
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Technical data
CHLORIDE ACTIVE
ACTIVE 700
UPS model
ACTIVE 1000
Electrical safety
ACTIVE 2000
ACTIVE 3000
EN 50091-1; EN 60950
Radio interference level
EN 50091-2, Class B
Emitted interference
EN 50081-1
Interference immunity
EN 50082-1 IEC 801-2,Level 4 / IEC 801-3,Level 3 IEC 801-4,Level 4 / IEC 801-5,Level 3
Mains pollution
EN 61000-3-2, EN 61000-3-3
Efficiency
> 83 %
90 %
Degree of protection
IP20
Cooling
Fan
Noise level in dB(A), typical
Mains operation,
<39
<39
<45
<45
battery operation
<40
<40
<46
<46
10°C to + 40°C recommended +15°C to + 32°C
Perm. ambient temperature during operation Perm. ambient temperature during storage
-15°C to + 40°C
Perm. rel. humidity during operation
20% to 90%, no condensation perm. max. 3000m, from 1500m max. Ambient temperature = 35°C
Installation altitude Table 8: General data (ACTIVE 700 to ACTIVE 3000)
UPS model
Weight / kg UPS
Dimensions / mm Width Height Depth
ACTIVE 1000
ACTIVE 2000
ACTIVE 3000
11,5
14
33
33
145 225 405
200 350 405
BPACTIVE 1000
BPACTIVE 3000
BPACTIVE 3000
Weight / kg
19
48
48
Dimensions / mm Width Height Depth
145 225 405
Model Battery extension
ACTIVE 700
200 350 470
Table 9: Mechanical data (ACTIVE 700 to ACTIVE 3000)
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Technical data
ACTIVE 700
UPS model
Mains connection
Model Nominal current
Fuse protection of mains supply Number Load connection
Model Nominal current
ACTIVE 1000
ACTIVE 2000
ACTIVE 3000
IEC 320
IEC320
10 A
16 A
6A
10 A
12 A
16 A
4
4
4
2
IEC 320
IEC 320
IEC 320
IEC 320
10 A
10 A
10 A
16 A
COM 3 interface
SUB-D, 9 pin, pins
USB interface
USB, type B
COM interface (optional)
SUB-D, 9 pin, socket
EXT. OUTLETS CONTROL interface
SUB-D, 9 pin, socket
Battery extension
none
plug, 3 pin
Table 10: Connections (ACTIVE 700 to ACTIVE 3000)
ACTIVE 700
UPS model
ACTIVE 1000
ACTIVE 2000
ACTIVE 3000
Signalling
LED indicator on front side Acoustical alarm
Message
Message contacts, see SIC option Interface RS 232/USB
Operation
Signal input, see SIC option Interface RS 232/USB
Table 11: Other data (ACTIVE 700 to ACTIVE 3000)
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G B
Technical data
CHLORIDE ACTIVE
Technical data for the models ACTIVE 700-19 to ACTIVE 3000-19
UPS model
ACTIVE 700-19
ACTIVE 1000-19
ACTIVE 2000-19
ACTIVE 3000-19
Power
700 VA
1 kVA
2 kVA
3 kVA
Input
Voltage
1 N AC 230 V
Voltage range
160 V to 276 V
Frequency
50/60Hz ± 5%, automat. frequency detection
Power factor (lambda) Integrated battery
0,95
Model Voltage/V
Battery
Autonomy time, half-load/full-load/min
Lead, maintenance free 24
36
12/6
15/7
96
96
Autonomy time, 1 battery extension half-load/full-load/min
56/28
24/10
14/6
Autonomy time, 2 battery extensions half-load/full-load/min
105/48
51/24
31/14
Voltage
1 N AC 220,230,240 V
Voltage tolerance
Output
External battery extensions only
± 3%
Frequency line-clocked
see Input frequency
Frequency self-clocked
50/60Hz ± 0.5%
Harmonic distortion (linear/non-linear load)
max. 4% / max. 8%
Perm. crest factor
3:1
Overload capacity
> 130% for 1,5 sec, ~ 4 periods > 110% for 10 sec Output is short-circuit proof
Table 12: Electrical data (ACTIVE 700-19 to ACTIVE 3000-19)
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Technical data
ACTIVE 700-19
UPS model
Electrical safety
ACTIVE 1000-19
ACTIVE 2000-19
ACTIVE 3000-19
EN 50091-1; EN 60950
Radio interference level
EN 50091-2, Class B
Emitted interference
EN 50081-1
Interference immunity
EN 50082-1 IEC 801-2,Level 4 / IEC 801-3,Level 3 IEC 801-4,Level 4 / IEC 801-5,Level 3
Mains pollution
EN 61000-3-2, EN 61000-3-3
Efficiency
> 83 %
90 %
Degree of protection
IP20
Cooling
Fan
Noise level in dB(A), typical
Mains operation,
40 dB
40 dB
46 dB
46 dB
battery operation
40 dB
40 dB
46 dB
46 dB
10°C to + 40°C recommended +15°C to + 32°C
Perm. ambient temperature during operation Perm. ambient temperature during storage
-15°C to + 40°C
Perm. rel. humidity during operation
20% to 90%, no condensation perm. max. 3000m, from 1500m max. Ambient temperature = 35°C
Installation altitude
Table 13: General data (ACTIVE 700-19 to ACTIVE 3000-19)
UPS model
Weight / kg UPS
Body size
ACTIVE 1000-19
ACTIVE 2000-19
ACTIVE 3000-19
13
16
10
11
Dimensions / mm Width Height Depth
482,6 87 485
Dimensions / mm Width Height Depth
410 87 412
Model Weight / kg Battery extension
ACTIVE 700-19
BPACTIVE 1000-19
BPACTIVE 3000-19
21,5
27
Dimensions / mm Width Height Depth
482,6 87 448
Table 14: Mechanical data (ACTIVE 700-19 to ACTIVE 3000-19)
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G B
Technical data
CHLORIDE ACTIVE
ACTIVE 700-19
UPS model
Mains connection
Model
Number Model Nominal current
ACTIVE 2000-19
ACTIVE 3000-19
IEC 320
IEC 320
10 A
16 A
Nominal current
Fuse protection of mains supply Load connection
ACTIVE 1000-19
6A
10 A
12 A
16 A
4
4
4
1
IEC 320
IEC 320
IEC 320
IEC 320
10 A
10 A
10 A
16 A
COM 3 interface
SUB-D, 9 pin, pins
USB interface
USB, type B
COM interface (optional)
SUB-D, 9 pin, socket
EXT. OUTLETS CONTROL interface
SUB-D, 9 pin, socket
Battery extension
none
plug, 3 pin
Table 15: Connections (ACTIVE 700-19 to ACTIVE 3000-19)
ACTIVE 700-19
UPS model
ACTIVE 1000-19
ACTIVE 2000-19
ACTIVE 3000-19
Signalling
LED indicator on front side Acoustical alarm
Message
Signalling contact +5V … +12V (SIC)
Operation
Signal input +5V … +12V (SIC) Interface RS 232
Table 16: Other data (ACTIVE 700-19 to ACTIVE 3000-19)
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Technical data
Usable Battery lifetime
s r a e y / e m i t e f i l e l b a s U
G B Ambient temperature
Fig. 19: Usable battery lifetime
The diagram shows the typical usable lifetimes of the batteries used in the UPS devices (only as a function of the ambient temperature of the devices). In addition, the usable lifetime is also dependent on the cyclical use of the batteries, i.e. the frequency and duration of mains failures also reduces the usable lifetimes of the batteries.
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Technical data
CHLORIDE ACTIVE
Typical battery backup times By combining UPS and battery extensions (BP), the typical backup times achieved with new, fully loaded batteries listed in the following table can be achieved (all listed autonomy times in min).
VA
Watt
ACTIVE 700(-19)
ACTIVE 1000(-19)
ACTIVE 1000(-19) + 1 BP
ACTIVE 1000(-19) + 2 BP
100
70
33
63
242
452
200
140
23
36
139
261
300
210
14,5
27
95
178
350
245
12
24
86
152
400
280
10,5
20
71
133
500
350
9
15
56
105
600
420
7
12
46
86
700
490
6
10
39
72
800
560
8,5
33
62
1000
700
7
28
48
Table 17: Backup times ACTIVE 700(-19) and ACTIVE 1000(-19)
ACTIVE 2000 VA
Watt
400
ACTIVE 2000 + 1 BP
ACTIVE 2000 + 2 BP
ACTIVE 2000-19 + 1 BP
ACTIVE 2000-19 + 2 BP
ACTIVE 2000-19 + 3 BP
ACTIVE 2000-19 + 4 BP
ACTIVE 2000-19 + 5 BP
280
62
145
238
338
445
500
350
51
119
193
278
366
600
420
43
100
164
233
307
700
490
36
84
138
196
258
800
560
31
72
119
169
222
1000
700
24
51
84
119
157
1250
875
19
43
71
102
133
1500
1050
16
35
56
80
105
1750
1225
13
28
48
68
89
2000
1400
10
24
37
53
69
Table 18: Backup times ACTIVE 2000(-19)
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Technical data
ACTIVE 3000 VA
Watt
600
ACTIVE 3000 + 1 BP
ACTIVE 3000 + 2 BP
ACTIVE 3000-19 + 1 BP
ACTIVE 3000-19 + 2 BP
ACTIVE 3000-19 + 3 BP
ACTIVE 3000-19 + 4 BP
ACTIVE 3000-19 + 5 BP
420
38
90
148
210
277
700
490
34
80
131
189
248
800
560
29
70
114
163
216
1000
700
22
54
90
128
168
1250
875
19
42
70
100
131
1500
1050
14
31
52
74
97
1750
1225
13
27
47
67
88
2000
1400
11
24
40
56
73
2250
1575
9
22
35
49
65
2500
1750
7
19
30
44
57
2750
1925
6,5
18
26
39
51
3000
2100
6
14
25
32
43
Table 19: Backup times ACTIVE 3000(-19)
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Technical data
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CHLORIDE ACTIVE
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CHLORIDE ADDRESSES
CHLORIDE ADDRESSES
CHLORIDE WORLD HEADQUARTERS
Chloride Silectron Via Fornace 30 40023 Castel Guelfo Bologna Italy Telephone: +39 054 2632 111 Facsimile: +39 054 2632 120
[email protected] AUSTRALIA
Chloride Hytek PTY LTD Units C1A and C1B Centrecourt Business Park 25-27 Paul Street North North Ryde NSW 2113 Australia Telephone: +61 2 9888 1266 Facsimile: +61 2 9888 1966
[email protected] FRANCE
Chloride Power Protection 1 rue Felix Potin ZA Les Belles Vues 91290 Arpajon France Telephone: +33 1 6926 1281 Facsimile: +33 1 6083 1816
[email protected]
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CHLORIDE ADDRESSES
CHLORIDE ACTIVE
Chloride Industrial Systems 30 Avenue Montgolfier - BP 90 F-69684 Chassieu Cedex France Telephone: +33 4 7840 1356 Facsimile: +33 4 7890 5890
[email protected] Chloride Telecom Systems ZA Les Rolandières 35120 Dol de Bretagne France Telephone: + 33 299 48 2068 Facsimile: + 33 299 48 3394
[email protected] GERMANY
Masterguard Schallershofer Str. 141 D-91056 Erlangen Germany Telephone: +49 9131 9855 100 Facsimile: +49 9131 9855 270
[email protected] ITALY
Chloride Silectron Via Fornace 30 40023 Castel Guelfo Bologna Italy Telephone: +39 054 2632 111 Facsimile: +39 054 2632 120
[email protected]
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CHLORIDE ADDRESSES
PORTUGAL
Chloride Power Protection Rua dos Tercos 574 Zona Industrial de Canelas 4405 270 Canelas VNG. Oporto Portugal Telephone: +351 22 7151 210 Facsimile: + 351 22 7126 337
[email protected] SPAIN
Chloride Boar Azufre 8-10 Polígono Industrial Sur 28770 Colmenar Viejo, Madrid Spain Telephone : +34 91 848 84 00 Facsimile : +34 91 845 51 32
[email protected] THAILAND
Chloride Power Electronics LTD Panjathani Tower, 20th Floor 127/25 Nonsee Road Chongnonsee, Yannawa Bangkok 10120 Thailand Telephone: + 662 6810 100 Facsimile: + 662 6810 109
[email protected] Sebnem Sok. Nº 14, Kat: 3-4-7-8 81110 Bostanci Istambul
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CHLORIDE ACTIVE
TURKEY
Masterguard Sebnem Sok. Nº 14, Kat: 3-4-7-8 81110 Bostanci Istambul Turkey Telephone: +90 216 464 47 00 Facsimile: +90 216 464 47 15
[email protected] UK
Chloride Power Protection George Curl Way Southampton Hampshire, SO18 2RY United Kingdom Telephone: +44 (0) 23 8061 0311 Facsimile: +44 (0) 23 8061 0852
[email protected] Oneac UK
18 & 20 Blacklands Way Abingdon Business Park Abingdon Oxfordshire, OX14 1DY United Kingdom Telephone: +44 (0) 1235 534 721 Facsimile: + 44 (0) 1235 534 197
[email protected] USA
Chloride Power Protection 28430 N. Ballard Lake Forest IL 60045 USA Telephone: +1 800 239 2257 Facsimile: +1 800 833 6829 IV
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Oneac Corporation 27944 North Bradley Road Libertyville Illinois 60048-9700 USA Telephone: +1 847 816 6000 Facsimile: +1 847 680 5124
[email protected]
INTERNATIONAL SALES Europe, Middle East and Africa
Chloride Power Protection George Curl Way Southampton Hampshire, SO18 2RY United Kingdom Telephone: +44 (0) 23 8061 0311 Facsimile: +44 (0) 23 8061 0852
[email protected] Chloride Industrial Middle-East (CIME) PO Box 17693 Dubai United Arab Emirates Telephone: +971 (4) 881 8848 Facsimile:+971 (4) 881 4518
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CHLORIDE ACTIVE
Latin America
Chloride Power Protection Latin America Rua Arizona 1349 Brooklin Novo Sao Paulo CEP 04567-002 Brazil Telephone: +55 11 5505 4661 Facsimile: +55 11 5505 4832
[email protected] Asia Pacific
Chloride Power Protection 80 Marine Parade Road #10-08 Parkway Parade 449269 Singapore Telephone: +65 348 5288 Facsimile: +65 348 3400
[email protected]
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MASTERGUARD
